Asynchronous combination equipment for conductive sponge and conductive adhesive

Abstract

The utility model relates to the technical field of asynchronous combination of conductive sponge and conductive adhesive, in particular to asynchronous combination equipment of conductive sponge and conductive adhesive. Comprising a release film processing module, an attaching position processing module, a conductive adhesive attaching module, a conductive adhesive forming module, a conductive sponge attaching module, a conductive sponge and conductive adhesive forming module, a bottom film attaching module and a finished product forming module which are sequentially arranged in the conveying direction. The asynchronous combination equipment for the conductive sponge and the conductive adhesive further comprises a waste discharge module, and the waste discharge module comprises a single-sided adhesive supply part, a first single-sided adhesive pressing part, a second single-sided adhesive pressing part and a single-sided adhesive receiving part. The laminating position processing module, the conductive adhesive laminating module and the conductive adhesive forming module are positioned between the first single-sided adhesive pressing piece and the second single-sided adhesive pressing piece; the utilization rate of the conductive adhesive and the conductive sponge is improved, and the production cost is reduced.

Description

TECHNICAL FIELD

[0001] The utility model relates to conductive sponge and conductive glue's asynchronous combination technical field especially, a kind of conductive sponge and conductive glue's asynchronous combination equipment. BACKGROUND

[0002] As Figure 3 It is a kind of combined product including release film layer 100, conductive sponge 200, conductive glue 300 and bottom film 400, and conductive sponge 200 and conductive glue 300 are clamped between release film layer 100 and bottom film 400, widely used in electronic field, and the traditional bonding process uses the following mode: whole conductive sponge is cut into several strips under the action of mould, and whole conductive glue is cut into several strips under the action of mould, and then through-hole mould is adhered and cut to form the preset specification of finished product, which has the problem of low material utilization rate, resulting in high production cost, cannot meet the production use demand, and needs to be improved. SUMMARY

[0003] In order to overcome the shortcomings of low material utilization rate and high production cost in the prior art, the utility model aims to provide a conductive sponge and conductive glue asynchronous combination equipment to improve the material utilization rate and reduce the production cost.

[0004] To achieve the above-mentioned purpose, the technical scheme of the utility model is as follows:

[0005] A conductive sponge and conductive glue asynchronous combination equipment, comprising release film processing module, bonding site processing module, conductive glue bonding module, conductive glue forming module, conductive sponge bonding module, conductive sponge and conductive glue forming module, bottom film bonding film group and finished product forming module arranged in sequence along the conveying direction.

[0006] The conductive sponge and conductive glue asynchronous combination equipment further comprises a waste discharge module, and the waste discharge module comprises a single-sided adhesive supply member, a single-sided adhesive first pressing member, a single-sided adhesive second pressing member and a single-sided adhesive receiving member.

[0007] Further, the release film processing module comprises a first feeding member, a first upper roller and a first cutter, the first cutter is arranged on the surface of the first upper roller, and the first feeding member is used to supply external release film layer.

[0008] Further, the bonding site processing module comprises a second upper roller, and the second upper roller is provided with a second cutter.

[0009] Further, the conductive glue bonding module comprises a glue feeding member, a glue pressing member and a glue receiving member, and the glue pressing member presses the external conductive glue on the external release film layer.

[0010] Further, the conductive glue forming module is provided with a third upper roller, and the third upper roller is provided with a third cutter.

[0011] Further, the conductive sponge fitting module comprises a conductive sponge feeding piece, a conductive sponge pressing piece and a conductive sponge collecting piece, and the conductive sponge pressing piece presses the external conductive sponge on the external release layer.

[0012] Further, the conductive sponge and conductive glue forming module comprises a fourth upper roller and a fourth cutter arranged on the fourth upper roller.

[0013] Further, the bottom film fitting film group comprises a bottom film feeding piece, a bottom film pressing piece and a bottom film collecting piece, and the bottom film pressing piece laminates the external bottom film, the external conductive sponge, the external conductive glue and the external release film together.

[0014] Further, the finished product forming module comprises a fifth upper roller and a fifth cutter, and the fifth cutter is arranged on the fifth upper roller.

[0015] The utility model discloses the beneficial effect that through setting release film processing module, fitting site processing module, conductive glue fitting module, conductive glue forming module, conductive sponge fitting module, conductive sponge and conductive glue forming module, bottom film fitting film group, finished product forming module and waste discharge module, make the external release film layer, conductive glue, conductive sponge and bottom film adhere together according to the processing requirement, improve the use rate of conductive glue, conductive sponge, reduce production cost. BRIEF DESCRIPTION OF DRAWINGS

[0016] Figure 1 It is the plane structure schematic diagram of the utility model;

[0017] Figure 2 It is the structure schematic diagram of the release film layer state in the forming process;

[0018] Figure 3 It is the structure split schematic diagram of the workpiece to be processed.

[0019] The reference signs comprise:

[0020] 1 - release film processing module 11 - first feeding piece 12 - first upper roller

[0021] 13 - first cutter 2 - fitting site processing module 21 - second upper roller

[0022] 22 - second cutter 3 - conductive glue fitting module 31 - glue feeding piece

[0023] 32 - glue pressing piece 33 - glue collecting piece 4 - conductive glue forming module

[0024] 41 - third upper roller 42 - third cutter 5 - conductive sponge fitting module

[0025] 51 - conductive sponge feeding part 52 - conductive sponge pressing part 53 - conductive sponge collecting part

[0026] 6 - conductive sponge and conductive glue forming module 61 - fourth upper roller 62 - fourth cutter

[0027] 7 - bottom film fitting film group 71 - bottom film feeding part 72 - bottom film pressing part

[0028] 73 - bottom film collecting part 8 - finished product forming module 81 - fifth upper roller

[0029] 82 - fifth cutter 9 - waste discharge module 91 - single-sided adhesive feeding part

[0030] 92 - single-sided adhesive first pressing part 93 - single-sided adhesive second pressing part 94 - single-sided adhesive collecting part

[0031] 100 - release film layer 101 - through hole 102 - groove

[0032] 200 - conductive sponge 300 - conductive glue 400 - bottom film. DETAILED DESCRIPTION

[0033] In order to facilitate the understanding of those skilled in the art, the utility model will be further described below in combination with examples and drawings, and the content mentioned in the implementation manner is not a limitation of the utility model.

[0034] Please refer to Figures 1 to 3 The utility model discloses a kind of asynchronous combination equipment of conductive sponge and conductive glue, including release film processing module 1, fitting site processing module 2, conductive glue fitting module 3, conductive glue forming module 4, conductive sponge fitting module 5, conductive sponge and conductive glue forming module 6, bottom film fitting film group 7 and finished product forming module 8 in order along the direction of conveyance;

[0035] The asynchronous combination equipment of conductive sponge and conductive glue further includes waste discharge module 9, and the waste discharge module 9 includes single-sided adhesive feeding part 91, single-sided adhesive first pressing part 92, single-sided adhesive second pressing part 93 and single-sided adhesive collecting part 94, and the fitting site processing module 2, conductive glue fitting module 3, conductive glue forming module 4 are located between the single-sided adhesive first pressing part 92 and the single-sided adhesive second pressing part 93.

[0036] Specifically, in the embodiment, first, the external release film layer enters the release film processing module 1, the release film processing module 1 processes the release film layer according to the preset requirements, then the bonding site processing module 2 performs half cutting on the release film layer, that is, the thickness of the cutting is smaller than the thickness of the release film layer, that is, the surface of the release film layer is cut to form multiple independent areas, then the conductive adhesive bonding module 3 bonds the external conductive film to the preset part of the release film layer according to the requirements, preferably, the number of the conductive adhesive bonding module 3 is multiple, each conductive adhesive bonding module 3 provides one strip of conductive adhesive, each strip of conductive adhesive corresponds to one bonding site, and the utilization rate of the conductive adhesive is controlled to be maximized, the conductive adhesive forming module 4 processes the conductive adhesive bonded to the release film layer, so that the length of the conductive adhesive reserved on the release film layer meets the use requirements, the waste discharge module 9 includes a single-sided adhesive supply part 91, a single-sided adhesive first pressing part 92, a single-sided adhesive second pressing part 93, and a single-sided adhesive receiving part 94. The single-sided adhesive adheres the waste generated in the processing process of the release film layer and the conductive adhesive to achieve the purpose of waste discharge, then enters the conductive sponge bonding module 5 to adhere the external conductive sponge to the preset position, the conductive sponge and conductive adhesive forming module 6 processes the conductive sponge and conductive adhesive, so that the length of the conductive sponge and conductive adhesive reserved on the release film layer is within the design range, then the bottom film bonding module 7 adheres the external protective film to the release film layer, preferably the bottom film is a protective film with a single-sided adhesive layer, so that the release film layer, conductive sponge and conductive adhesive are all adhered to the surface of the bottom film, and finally the finished product forming module 8 cuts the above four-layer combination to meet the use specification requirements.

[0037] By setting the release film processing module 1, the bonding site processing module 2, the conductive adhesive bonding module 3, the conductive adhesive forming module 4, the conductive sponge bonding module 5, the conductive sponge and conductive adhesive forming module 6, the bottom film bonding module 7, the finished product forming module 8 and the waste discharge module 9, the external release film layer, conductive adhesive, conductive sponge and bottom film are bonded together according to the processing requirements, the utilization rate of the conductive adhesive and conductive sponge is improved, and the production cost is reduced.

[0038] The release film processing module 1 includes a first feeding part 11, a first upper roller 12 and a first cutter 13, the first cutter 13 is arranged on the surface of the first upper roller 12, the first feeding part 11 is used to supply the external release film layer, and the first cutter 13 is connected to the side surface of the first upper roller 12 to process even-numbered through holes 101 in the release layer film, and the even-numbered through holes 100 are arranged in two rows.

[0039] The bonding site processing module 2 includes a second upper roller 21, the second upper roller 21 is provided with a second cutter 22, the second cutter 22 processes the release layer film, and the depth of the second cutter 22 into the release layer film is less than the thickness of the release layer film, that is, a plurality of groove bodies 102 are processed to divide the upper surface of the release layer film into a plurality of independent areas.

[0040] The conductive glue fitting module 3 comprises a glue feeding piece 31, a glue pressing piece 32 and a glue collecting piece 33.

[0041] The conductive glue forming module 4 is provided with a third upper roller 41 provided with a third cutter 42 for cutting the conductive glue so that the length of the conductive glue left on the release layer film meets the requirements.

[0042] The conductive sponge fitting module 5 comprises a conductive sponge feeding piece 51, a conductive sponge pressing piece 52 and a conductive sponge collecting piece 53.

[0043] The conductive sponge and conductive glue forming module 6 comprises a fourth upper roller 61 and a fourth cutter 62 arranged on the fourth upper roller 61 for pressing the conductive sponge with a preset length and the outer release layer film together.

[0044] The bottom film fitting film group 7 comprises a bottom film feeding piece 71, a bottom film pressing piece 72 and a bottom film collecting piece 73.

[0045] The finished product forming module 8 comprises a fifth upper roller 81 and a fifth cutter 82 arranged on the fifth upper roller 81 for cutting the product into a preset specification to meet the use requirements.

[0046] The above is only a preferred embodiment of the present application, and for those skilled in the art, the specific implementation and application range can be changed according to the idea of the present application, and the content of the specification should not be understood as a limitation of the present application.

Claims

1. An asynchronized combination device of conductive sponge and conductive glue, characterized in that: The device comprises a release film processing module (1), a bonding site processing module (2), a conductive adhesive bonding module (3), a conductive adhesive forming module (4), a conductive sponge bonding module (5), a conductive sponge and conductive adhesive forming module (6), a bottom film bonding module (7), and a finished product forming module (8) arranged in sequence along the conveying direction. The asynchronous combination device of the conductive sponge and the conductive adhesive further comprises a waste discharge module (9), the waste discharge module (9) comprises a single-sided adhesive supply part (91), a single-sided adhesive first pressing part (92), a single-sided adhesive second pressing part (93), and a single-sided adhesive receiving part (94), and the bonding site processing module (2), the conductive adhesive bonding module (3), and the conductive adhesive forming module (4) are located between the single-sided adhesive first pressing part (92) and the single-sided adhesive second pressing part (93).

2. The asynchronized combination of electrically conductive sponge and electrically conductive glue according to claim 1, characterized in that: The release film processing module (1) comprises a first feeding part (11), a first upper roller (12), and a first cutter (13), the first cutter (13) is arranged on the surface of the first upper roller (12), and the first feeding part (11) is used for supplying an external release film layer.

3. The asynchronized combination of electrically conductive sponge and electrically conductive glue according to claim 1, characterized in that: The bonding site processing module (2) comprises a second upper roller (21), and the second upper roller (21) is provided with a second cutter (22).

4. The asynchronized combination of electrically conductive sponge and electrically conductive glue according to claim 2, characterized in that: The conductive adhesive bonding module (3) comprises a glue feeding part (31), a glue pressing part (32), and a glue receiving part (33), and the glue pressing part (32) presses an external conductive adhesive on an external release film layer.

5. The asynchronized combination of conductive sponge and conductive glue according to claim 1, characterized in that: The conductive adhesive forming module (4) is provided with a third upper roller (41), and the third upper roller (41) is provided with a third cutter (42).

6. The asynchronized combination of electrically conductive sponge and electrically conductive glue according to claim 2, characterized in that: The conductive sponge bonding module (5) comprises a conductive sponge supply part (51), a conductive sponge pressing part (52), and a conductive sponge receiving part (53), and the conductive sponge pressing part (52) presses an external conductive sponge on an external release layer.

7. The asynchronized combination of electrically conductive sponge and electrically conductive glue of claim 1, wherein: The conductive sponge and conductive adhesive forming module (6) comprises a fourth upper roller (61) and a fourth cutter (62) arranged on the fourth upper roller (61).

8. The asynchronized combination of electrically conductive sponge and electrically conductive glue of claim 1, wherein: The bottom film bonding module (7) comprises a bottom film supply part (71), a bottom film pressing part (72), and a bottom film receiving part (73), and the bottom film pressing part (72) laminates an external bottom film, an external conductive sponge, an external conductive adhesive, and an external release film together.

9. The asynchronized combination of electrically conductive sponge and electrically conductive glue of claim 1, wherein: The finished product forming module (8) comprises a fifth upper roller (81) and a fifth cutter (82), and the fifth cutter (82) is arranged on the fifth upper roller (81).

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